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분리막공정

한양대학교
이영무

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >정밀ㆍ에너지 >고분자공학
강의학기

2014년 1학기

조회수

8,312

기체 분리, 연료 전지, 역삼투, 염도차 발전 그리고 막생물반응기 등 최신 분리막 연구 분야에 대해 논의하여 학생들에게 많은 정보를 전달하고자 함

차시별 강의

1.	Introduction of Membrane Engineering	The basic concepts of membrane operation and their applications to process intensification and sustainable growth were introduced
2.	Basic Concepts of Pressure Driven Memcbrane Operations	The basic concepts of pressure driven membrnae opeations were introduced
	Pressue Driven Membrane Operation	The transport mechanism in pressure driven membrane operations such as MF, UF, NF and RO were introduced
3.	NF + RO	Various phenomena affecting the properties of NF and RO process were covered.
	Fouling / Cost / Exergy	The fouling phenomena and its solution, the factors affecting the process cost and the difference in exergy and anergy were covered.
4.	Ion Exchange Membrane / Electrochemical Processes	The transport mechanisms on ion exchange membrane and other electrochemical processes and various phenomena were introduced
	Membranes For Fuel Cells	The principle and applications of the membranes in fuel cell system were presented
5.	Membrane Contactors	The applications of membrane contactor, transport phenomena and the effect of membrane materials were indroduced
	Membrane Crystallization	The principle and characteristics of membrane crystallizers and their applications were presented
6.	Membrane Condensers	The characteristics and principle of membrane condenser process were covered.
	Principle and Application of Pervaporation	The transport mechanisms and applications of pervaporation process and were introduced
7.	Membrane Reactors and Membrane Bioreactors	The principle and characteristics of membrane reactors and bioreactors and their applications were presented
	History of Membrane Developments - Ro and Gs	History of reverse osmosis and gas separation using the membrane processes was introduced
8.	Membranes Preparation and Characterization 1	Various configurations of membrane, structure-properties relationship were introduced and membrane preparation from sintering and track-etching technique were covered.
	Membranes Preparation and Characterization 2	The membrane preparation from phase inversion were coverd
9.	Membranes Preparation and Characterization 3	The preparation methods and characteristics of various membranes were covered.
	Membranes Preparation and Characterization 4	The characterization techniques for membrane materials were covered.
10.	Membranes Preparation and Characterization 5	The characterization techniques for membrane materials were covered.
	Polymer Materials for Gas Separation 1	The basic principle of gas separation membrane and their applications and processes were covered
11.	Polymer Materials for Gas Separation 2	Process design of gas separation membrane units and their application with other separation processes were covered